Today, Loongson Zhongke announced that,The "small box" based on the Loongson 3B6000M chip has successfully completed the local deployment of OpenClaw, which means a major breakthrough for domestic chips in AI computing power adaptation.Loongson Zhongke said that the previous deployment of OpenClaw either relied on expensive overseas hardware or cloud servers, which not only had the problems of high API costs and complex environment configuration, but also faced the risk of data privacy leakage.
The successful implementation of the Loongson 3B6000M "small box" not only takes the lead in bringing OpenClaw's capabilities to domestic terminal hardware, but also completely gets rid of dependence on overseas chips.
Developers do not need to purchase thousands of dollars of Mac mini or dedicated servers, and can run OpenClaw smoothly on purely domestic hardware.
Loongson Zhongke said that this is not only a victory for the performance of domestic chips, but also a hard-core proof of the ecological openness of domestic chips.
It is understood that Loongson 3B6000M is built based on Loongson’s self-developed LoongArch command system.Integrating 4/8 domestic LA364E high-performance processor cores, it is a truly domestically produced product that realizes the "instruction set-IP core-chip" full link.
3B6000M is equipped with 8-core LA364E with a main frequency of 2.5GHz and a SPEC CPU 2006 Base single-core fixed-point score of 30 points.
From the LoongArch instruction set to the LA364 IP core, there is no reliance on overseas technology in the entire process, and it integrates a dedicated security processor and supports SM2/3/4 hardware encryption algorithms.
In the actual test, the combination of Loongson 3B6000M and OpenClaw can easily complete meeting minutes collection, data report generation, and automatic email reply through voice commands, achieving 7*24 hours online.
Developers can use remote commands to complete server status query, log cleaning, program startup and other operations without the need for cumbersome command line operations, achieving "conversational" operation and maintenance, and significantly reducing development and operation and maintenance costs.
